Senior Motor Controls Engineer

Lab37 Robotics, is a technology company focused on the development and deployment of robots designed specifically for direct-to-customer food production. Our mission is to revolutionize the food industry by creating innovative robotic solutions that enhance efficiency, quality, and customer satisfaction. We are passionate about pushing the boundaries of technology to deliver cutting-edge products that meet the evolving needs of our clients.

We build robots that prepare and assemble food in real production environments. We’re looking for a Senior Motor Controls Engineer to help define how our mechanisms move—and make those decisions work reliably in production.

You’ll explore how control strategies can improve the performance, reliability, and cost of robotic mechanisms. Working with a multidisciplinary team, you’ll assess what is possible, make the tradeoffs clear, and turn promising approaches into robust, supportable implementations.

You will be our primary motor-controls specialist within a team of mechanical, electrical, test, embedded, and robot software engineers. You’ll guide motor and actuation decisions alongside the mechanical engineering team, own the controls implementation, and collaborate across disciplines to validate performance and improve reliability.

• →Partner with mechanical, electrical, and test engineers to recommend and evaluate motor and drive options. Determine when a different control strategy can meet performance and reliability requirements with a smaller or lower-cost actuator, then implement and validate the approach.
• →Develop, integrate, and tune BLDC/PMSM and stepper control, including current/torque, velocity, and position loops. Choose appropriately between commercial drives, controller ICs, and custom firmware.
• →Evaluate alternative control strategies and quantify their performance, cost, and reliability tradeoffs. Establish operating limits and margins with the team, and carry promising approaches through implementation and validation.
• →Work with test, mechanical, and electrical engineers on instrumented experiments and automated tests. Contribute controls-specific measurements and analysis to characterize performance and validate behavior across operating conditions and component variation.
• →Diagnose issues across controls, electronics, firmware, and mechanics—from resonance and lost motion to feedback errors, overheating, and intermittent faults—and drive corrective changes.
• →Make systems easier to commission and support through calibration tools, validated configurations, useful telemetry, fault handling, design guidance, and clear documentation.

• Demonstrated ownership of motor-control solutions from development through production or sustained real-world operation, including hands-on BLDC/PMSM control and practical stepper experience.
• Strong applied controls fundamentals: motor physics, commutation and FOC, feedback selection, discrete-time control, loop stability and tuning, saturation, and the effects of friction, backlash, compliance, and resonance.
• Hands-on embedded C/C++ capability and the ability to bring up and debug motor-control hardware. You can reason about PWM/ADC timing, current sensing, encoders, real-time execution, and motor-driver interfaces.
• An experimental approach: you use motion data, analysis tools, and oscilloscopes to test hypotheses, quantify margins, and distinguish electrical, mechanical, and software issues and causes.
• Independent engineering judgment and collaborative decision-making. You can assess feasibility, quantify tradeoffs, explain when a control strategy or hardware change is justified, and implement the agreed solution.
• Clear communication and durable ownership. You surface risks early, follow failures through to prevention, collaborate across disciplines, and leave behind tools and knowledge that make others effective.

• Experience designing and delivering custom motor controllers or servo drives from the ground up, including hardware architecture, embedded firmware, control algorithms, and production validation and support.
• CAN/CANopen or comparable industrial drive interfaces; motor power-stage integration, regenerative-energy management, or EMC troubleshooting.
• Robotics, appliances, food equipment, or other cost-sensitive electromechanical products with demanding duty cycles and field-service needs.
• We value demonstrated engineering results and sound judgment over a particular degree, vendor ecosystem, or exact number of years of experience.

This role is based in our Pittsburgh office. As a company driven by invention and continuous change - we are constantly reimagining our industries, building new products, and refining how we operate. We do our best work together. That’s why all of our office-based teams work onsite, five days a week.

The base salary range for this role is $158,000 - $218,000 per year.

Actual compensation will be determined on an individual basis and may vary depending on experience, skills, and qualifications.

Base salary is just one part of your total rewards package. You may also be eligible for equity awards and an annual performance-based bonus.

#LI-Onsite